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Carbon footprinting:

Carbon Reporting Tool for Chinese SME

Companies: User Guide

Introduction

We have developed a tool that is designed for Chinese SME’s to collect data that

will allow them to calculate, manage and report the carbon footprints of their

businesses.

This document is a step-by-step guide to entering your data into the Carbon

Reporting Tool. The numbering system used in this document corresponds to the

different work sheets in the tool and are written in both English and Chinese.

A supplementary document has also been produced, called ‘Carbon Footprinting: An

overview for Chinese SME’s’ that provides further information on the methodology

that is used within the tool to calculate carbon footprints.

1

Overview of the Tool

The Carbon Reporting Tool is designed to be an easy and quick way of entering all

the information you need to calculate your company’s carbon footprint, which can

then be used to communicate externally in a variety of ways. The tool is built using

Microsoft Excel 2003. The tool consists of:

A series of different work sheets, in which you can enter different types of

information

Two final work sheets, that show the results of the carbon footprint broken down

in a variety of ways

You can navigate between the different sheets by clicking on the tabs at the bottom

of the tool.

The tool consists of the following work sheets:

Data Input Sheets

1. Title Sheet

2. On-site Fuel Use

3. Fugitive Emissions

4. Purchased Energy

5. Material Inputs

6. Inbound Logistics

7. Outbound Logistics

8. Business Travel

9. Employee Commuting

10.Waste and Water

11.Customer Apportionment

12.Product Apportionment

Results Sheets

13. Results

14. Results – Percentage Split

2

Data Required Using the Tool

Before you complete the tool, you will need to collect some information relating to

your company, including energy consumption, transport, and materials used. You

might find this information in a variety of sources, such as:

Energy bills

Invoices for purchased fuel

Purchasing records

Supplier invoices, including materials and logistics providers

Documentation from waste contractors

Entering Data into the Tool

Once you have identified and collected the necessary information, the next stage is

to enter this data into the tool. Detailed step-by step instructions are given below

on how to enter this information into each input sheet of the tool. Enter data in the

tool where necessary and leave blank when it is not applicable to your company.

There are also instructions in the tool itself – simply click on the ‘C’ icon for

instructions in Chinese and the ‘E’ icon for instructions in English.

3

Using the Carbon Reporting Tool

The following section provides guidance on how to use the tool and input

information.

Open the Excel document called ‘Carbon Reporting Tool for Chinese SME’s’.

The first worksheet is called ‘1. Title Sheet’.

1. Title Sheet

This sheet is where you enter the details for your company. In addition, it is

important to define the ‘consolidation approach’ that you are taking to calculate

your company’s carbon footprint, which sets the boundary of your organisation.

For this, you have three choices:

Operational control

Financial control

Equity share

Use ‘operational control’ if you are defining the boundary of your company as

everything over which that your company has the full authority to implement new

operating policies (e.g. in this case, vehicles you lease but operate would be

included in boundary).

Use ‘financial control’ if you are defining the boundary of your company as

everything from which it gains the majority of financial benefits (e.g. in this case,

vehicles you lease but operate (i.e. gain financial benefit from) would be included in

boundary).

Use ‘equity share’ if you are defining the boundary of your company as everything

that it wholly or partly owns (e.g. in this case, vehicles you lease but operate would

be excluded in boundary).

As a default, the tool is set to ‘operational control’. If you need more information,

see Chapter 3 and 4 (p16-33) of the Greenhouse Gas Protocol ‘Corporate Standard’

published by the World Resources Institute (WRI) and the World Business Council

for Sustainable Development (WBCSD)

http://www.ghgprotocol.org/standards/corporate-standard.

http://www.ghgprotocol.org/standards/corporate-standard

4

Please note that if the ‘consolidation approach’ box is blank, then the tool

will not produce any results.

1.1 Data Required

Company name

Start date and end date of the time period for which you have collected your

data. The reporting period needs to have a 12 month duration

It is very important that all data entered into the tool corresponds with the 12

month period that you have selected.

1.2 How to Enter Data

Enter your company name (1)

Enter your name, as the person entering data in the Carbon Reporting Tool (2)

Enter the start date for the reporting period (3)

Enter the end date for the reporting period (4)

Enter the consolidation approach used – equity share/ financial control/

operational control (5)

标题页Title Page

C 公司名称

E Company Name

报告者姓名

Reporter Name

报告起始日期

Reporting period start date:

报告结束日期

Reporting period end date:

C 合并方法

E Consolidation Approach

使用者可以点击help键得到更多的说明

The user can click on the help boxes for additional instructions to appear

Operational Control 运营控制

1

2

3

4

5

5

2 On-site Fuel Use

This sheet is where you enter information for fuel that is used on-site, such as for

heating or manufacturing, or transport on-site, such as forklift trucks.

2.1 Data Required

Total quantity of each type of fuel used, per year, for use on-site

Total quantity of each type of fuel used, per year, for transport on-site

Details of whether on-site vehicles are owned by the company or leased

Details of whether on-site vehicles are operated by the company or a third party

When collecting data for your site, that the data matches the boundary of your

organisation as defined in Section 1.


The worksheet is divided into 2: On-Site Combustion (burning fuel for heating for

example or using fuel to run machinery) and On-Site Vehicles (forklift trucks for

example).

On the left-hand side of the work sheet, enter the quantities of fuel used

Select the name of each fuel used and units of measurement by selecting from

the drop-down menu (1)

Enter the quantity of each type of fuel used per year (2)

6

Repeat this on the right-hand side of the worksheet for any fuels that are used for

vehicles used on the site

Select the name of each type of fuel used and units of measurement by

selecting from the drop-down menu (3)

Select the vehicle ownership and control by selecting from the drop down menu

(4)

Enter the quantity of each type of fuel used per year (5)

现场燃烧On-Site Combustion

C 燃料和单位年消耗量

E Fuel & Units Quantity per year

现场车辆On-Site Vehicles

C 燃料和单位车辆所有权和控制权年消耗量

E Fuel & Units Vehicle Ownership and Control Quantity per year

1 2

3 4 5

7

3 Fugitive Emissions

This sheet is where you enter any fugitive emissions from your site, which are any

greenhouse gases that are released directly into the atmosphere.

There are two types of fugitive emissions – process emissions and refrigerant

losses. Process emissions are gases that are released directly into the atmosphere

from on-site processes (e.g. cement production). Refrigerant losses are gases that

leak from refrigeration equipment (such as fridges and air conditioning units) and

this can be captured by entering some overall information about how you manage

your company’s refrigerant gases.

The worksheet shows that these 2 types of fugitive emission sources are entered

into 2 separate tables.

The list below shows the list of fugitive gases. If you do not have this data

available, this is not a problem - please just leave it blank.

Carbon dioxide

Carbon tetrachloride CFC-11

CFC-113 CFC-114 CFC-115

CFC-12 CFC-13

Dimethylether Halon-1211 Halon-1301

Halon-2402 HCFC-123

HCFC-124 HCFC-141b HCFC-142b

HCFC-22 HCFC-225ca

HCFC-225cb HCFE-235da2 HFC-125

HFC-134a HFC-143a

HFC-152a

HFC-227ea HFC-23

HFC-236fa HFC-245fa HFC-32

HFC-365mfc HFC-43-10mee

HFE-125 HFE-134 HFE-143a

HFE-236ca12 (HG-10)

HFE-245cb2 HFE-245fa2 HFE-254cb2

HFE-338pcc13 (HG-01)

HFE-347mcc3 HFE-347pcf2 HFE-356pcc3

HFE-43-10-pccc124 (H-Galden 1040x)

HFE-449sl (HFE-

7100) HFE-569sf2 (HFE-

7200) Methane Methyl chloride

Methyl chloroform Methylene chloride

Metyl bromide Nitrogen trifluoride Nitrous oxide

PFC-116 PFC-14

PFC-218 PFC-3-1-10 PFC-318

PFC-4-1-12 PFC-5-1-14

PFC-9-1-18 PFPMIE Sulfur hexafluoride

Trifluoromethyl sulfur pentafluoride

3.1

8

3.2 Data Required

Total quantity of each type of fugitive greenhouse gas emitted from on-site

processes per year

The name of each type of refrigerant gas used on-site

For each refrigerant gas:

o The total quantity in stock on your site at the start of the reporting period

o The total quantity in stock on your site at the end of the reporting period

o The total quantity purchased during the reporting period

o The total quantity that was used to fill new refrigeration equipment

o The total quantity that was sold or sent off-site for recovery


In the first table, enter the quantities of each type of gas emitted per year as

follows:

Select the name of each type of gas emitted by selecting from the drop-down

menu (1)

Enter the quantity of gas emitted in kg (2)

过程排放Process Emissions

C 气体年排放量（千克）

E GasQuantity per year (kg)

1 2

9

In the second table, enter the information relating to refrigerant gases as follows:

Enter the name of each type of refrigerant gas used on-site (3)

For each refrigerant gas:

o Enter the total quantity in stock on your site at the start of the reporting

period (4)

o Enter the total quantity in stock on your site at the end of the reporting

period (5)

o Enter the total quantity purchased during the reporting period (6)

o Enter the total quantity that was used to fill new refrigeration equipment

(7)

o Enter the total quantity that was sold or sent off-site for recovery (8)

制冷剂损耗Refrigerant Losses

C 制冷剂 1 制冷剂 2 制冷剂 3

E Refrigerant 1Refrigerant 2Refrigerant 3

制冷剂名称

Refrigerant name

报告起始期制冷剂存量（千克）

Refrigerant stock at start of reporting period (kg)

报告结束期制冷剂存量（千克）

Refrigerant stock at end of reporting period (kg)

报告期内所购买的制冷剂量（千克）

Refrigerant purchased during reporting period (kg)

新设备所填充的制冷剂量（千克）

Amount of refrigerant to fill new equipment (kg)

销售或送往厂区外用于回收利用的制冷剂量（千克）

Refrigerant sold or sent off-site for recovery (kg)

制冷剂排放总量（千克）

Total refrigerant emissions (kg)00 0

3

4

5

6

7

8

10

4 Purchased Energy

This work sheet is where you enter energy used on your site that you buy in the

form of electricity, heat, steam or cooling. Please note that other fuels that are

used on-site for processes (manufacturing) or transport needs to be entered on a

different work sheet, which is called ‘2. On-site fuel-use’.

4.1 Data Required

Total energy bought per year, in the form of electricity, heat, steam or cooling in

Megawatt-hours

Technologies used for the transfer of any heat, steam and cooling purchased for

your site


Enter the total on-site electricity consumption per year (1) and select the region

in which your site is located (2) using the drop down

Enter the total quantity of heat purchased per year (3) and select from the drop-

down menu the type of technology used and region (4)

Enter the quantity of steam purchased per year (5) and select from the drop-

down menu the type of technology used and region (6)

Enter the quantity of cooling purchased per year (7) and select the type of

technology and region from the drop-down menu (8)

能源购买Purchased Energy

C 电力

E ELECTRICITY

年消耗量（MWh）国家

Quantity per year (MWh) Region

C 热力

E Heat

年消耗量（MWh）技术和地区

Quantity per year (MWh) Technology & Region

1 2 3 4

11

5 Material Inputs

This sheet is where you enter details of any materials you use for the manufacture

of products on-site.

1. Ideally you would provide the quantities for each material used (kg of steel,

plastic or cotton for example).

2. If you do not know the quantities for materials used, please provide the financial

values (amount spent) to purchase that material.

The worksheet is divided into 2 to allow for this approach.

If you have data in both quantities and financial spend, simply enter the data for

each type of material in the relevant section of the sheet, but provide quantity data

as a preference over financial data. Please make sure that each material is only

included in one table and not both, to avoid double-counting.

5.1 Data Required

Total quantity used or financial spend on each material used for on-site

manufacturing per year, including water if relevant (quantity preferable)

C 蒸汽

E Steam



C 冷力

E Cooling



5 6 7 8

12


Under ‘Material Inputs – Quantity’ on the left-hand side of the work sheet, enter

information for materials used on-site for which you have data on the quantity

used.

Enter a material name to describe each material used (1) For example, you

could type ‘Product packaging’.

Select the material type and unit of measurement for each material used by

selecting from the drop-down menu (2). For example, you could select

‘Polyethylene (kg)’ for the material for product packaging.

Enter the quantity of each type of material used per year (3)

As you enter data in these two material input tables, the tool will calculate the

contribution of each line as percentage of the total carbon emissions from materials

associated with your company. These percentages will appear in the final column on

the right hand side of each table as shown below (4).

Under ‘Material Inputs – Financial Approximation’ on the right hand side of the

sheet, enter information for materials used on-site for which you have financial

spend data.

Enter a material name to describe each material used (5)

Select the ‘Financial Category’ for each material used by selecting from the

drop-down menu (6)

原材料投入—数量Material inputs - Quantity

C 产品描述材料类型和计量单位年消耗量材料引起排放的百分比

E Description Material & Unit of MeasurementQuantity per year

Percentage of material emissions

1 2 3 4

13

Enter the financial spend per year on each type of material used (7)

As you enter data in these two material input tables, the tool will calculate the

contribution of each line as percentage of the total carbon emissions from materials

associated with your company. These percentages will appear in the final column on

the right hand side of each table as shown below (8).

原材料投入—财务估算Material inputs - Financial Approximation

C 产品描述财务分类年价值（人民币）

材料引起排放的百分比

E DescriptionFinancial Category

Value per year (RMB)

Percentage of material emissions

5 6 7 8

14

6 Inbound Logistics

This sheet is where you enter details for the transport used to bring materials to

your site, which are then used for manufacturing. This can be done in 1 of 2 ways;

either using the amount of fuel used or the distance travelled. Ideally you would

provide the total fuel used per year for each logistics provider. If fuel data is not

available, which is likely, please enter the total distance travelled for the provider.

The worksheet is separated into 2 for both approaches.

Logistics inputs - by quantity of fuel (on the left hand side)

Logistics inputs - by distance transported (on the right hand side)

If you have a mixture of data in fuel use and distance , simply enter the data for

each logistics provider in the relevant section of the sheet, but please make sure

that each transport stage is only included in one table to avoid double-counting.

6.1 Data Required

For each of your logistics suppliers, either the total fuel used or distance travelled,

for each type of fuel or mode of transport (Fuel preferable).


Complete the ‘Logistics inputs - by quantity of fuel’ table as follows:

Enter the name of each logistics provider (1)

Under ‘vehicle Ownership and Control’ select the option that represents whether

the vehicle is owned by your company or by third party and whether it is

operated by your company or a third party (2)

入场物流--基于燃料数量入场物流--基于运输距离Inbound Logistics - by quantity of fuel Inbound Logistics - by distance transported

C 物流承担方运输工具所有权和控制权燃料类型和单位年消耗量 C 物流承担方运输工具所有权和控制权方式和描述每年吨千米

E Logistics Provider Vehicle Ownership and Control Fuel & Units Quantity per year E Logistics Provider Vehicle Ownership and Control Mode & Description Tonne-km per year

Logistics inputs –

by quantity of fuel

Logistics inputs –

by distance transported

15

Select the type of fuel and units used from the drop-down menu (3)

Enter the quantity of each type of fuel used (4)

Complete the ‘Logistics inputs - by distance transported’ table as follows:


Under ‘vehicle Ownership and Control’ select the option that represents whether



Select the mode of transport from the drop-down menu (7)

Enter the distance travelled in tonne km (8). This is the mass transported

multiplied by the distance travelled (e.g. 2 tonne-km could represent

transporting 1 tonne a distance of 2km, or 2 tonnes a distance of 1km).







1 2 3 4

5 6 7 8

16

7 Outbound Logistics

This sheet is where you enter details for the transport used to transport finished

goods from your site. As for inbound logistics, this can be done in 1 of 2 ways;

either using the amount of fuel used or the distance travelled. Ideally you would

provide the total fuel used per year for each logistics provider. If fuel data is not

available, which is likely, please enter the total distance travelled for the provider.

The worksheet is separated into 2 for both approaches.

Logistics outputs - by quantity of fuel (on the left hand side)

Logistics outputs - by distance transported (on the right hand side)

If you have a mixture of data in fuel use and distance , simply enter the data for

each logistics provider in the relevant section of the sheet, but please make sure

that each transport stage is only included in one table to avoid double-counting.

7.1 Data Required

For each of your logistics suppliers, either the total fuel used or distance travelled,

for each type of fuel or mode of transport (Fuel preferable).


Complete the ‘Logistics outputs - by quantity of fuel’ table as follows:


出场物流--基于燃料数量出场物流--基于运输距离Outbound Logistics - by quantity of fuel Outbound Logistics - by distance transported



Logistics outputs –

by quantity of fuel

Logistics outputs –

by distance transported

17

Under ‘Vehicle Ownership and Control’ select the option that represents whether



Select the type of fuel and units used from the drop-down menu (3)

Enter the quantity of each type of fuel used (4)

Complete the ‘Logistics outputs - by distance transported’ table as follows:






Enter the distance travelled in tonne km (8). This is the mass transported

multiplied by the distance travelled (e.g. 2 tonne-km could represent

transporting 1 tonne a distance of 2km, or 2 tonnes a distance of 1km).







1 2 3 4

5 6 7 8

18

8 Business Travel

This sheet is where you enter business travel by employees. Ideally you would

provide the total fuel used per year for each type of fuel.

If the transport uses public transport or the fuel use is not known, please enter

the distances travelled for each mode of transport

If you have a mixture of data in fuel use and distance, simply enter the data for

each type of travel in the relevant section of the sheet

If you have a mixture of data in fuel use and distance, simply enter the data for

each vehicle, group of vehicles or mode of transport in the relevant section of

the sheet, but please make sure that each transport stage is only included in

one table and not both, to avoid double-counting

8.1 Data Required

For each vehicle used for business travel, the total fuel used or distance

travelled, and whether the vehicle is owned or leased

For each mode of transport, the total distance travelled


On the left-hand side, enter the quantities of fuel used for employee business travel

Enter an name to describe the vehicle, or group of vehicles (1)




Select the type and unit of fuel used by that vehicle or group of vehicles (3)

Enter the total quantity of fuel used per year (4)

19

On the right-hand side, enter the distances travelled for employee business travel

Enter an name to describe the vehicle, group of vehicles or type of transport for

that line (5)





Enter the total distance travelled per year for that mode of transport in

passenger kilometers (8) This is the number of passengers multiplied by the

distance travelled (e.g. 2 passenger-km could represent transporting 1 person a

distance of 2km, or 2 people person a distance of 1km each).

差旅--基于燃料数量Business Travel - by quantity of fuel

C 描述交通工具所有权和控制权所用燃料类型年消耗量

E Description Vehicle Ownership and Control Type of Fuel Used Quantity per year

差旅--基于距离Business travel - by distance

C 描述交通工具所有权和控制权方式和细节每年人-千米

E Description Vehicle Ownership and Control Mode & Details Passenger-km per year

5 6 7 8

1 2 3 4

20

9 Employee commuting

This sheet is where you enter employees’ commuter travel from their homes to the

site at which they work.

9.1 Data Required

For each mode of transport, the total fuel used or distance travelled by your

employees per year


Enter the distances travelled for employee commuting as follows:

Enter a description of the mode of transport (1)


Enter the total number of kilometers travelled per year using that mode of

transport for all employees in passenger kilometers (3) This is the number of

passengers multiplied by the distance travelled (e.g. 2 passenger-km could

represent transporting 1 person a distance of 2km, or 2 people person a

distance of 1km each).

员工通勤--基于距离Employee commuting - by distance

C 描述方式每年人-千米

E Description Mode Passenger-km per year

1 2 3

21

10 Waste and water

This sheet is where you enter information relating to waste and waste water

created on-site.

10.1 Data Required

Information is required for the following types of waste if relevant:

Iron and steel

Aluminium

Other metals

Plastics

Glass

Paper and card

Wood

Food

Other agricultural/garden waste

Other non-biodegradable waste

Mixed waste

Waste water

For each type of waste, please indicate the total quantity of material (Kg) that is

recycled, sent to landfill, incinerated with energy recovery, incineration without

energy recovery, composted, or indicate if the waste treatment is unknown. For

water, the total quantity of waste water (litres) that is treated is required.


All the data entered in this section relates to total amount of waste created on-site

during the reporting period. In the table relating to waste:

Enter the mass of each type of material that is recycled (1)

Enter the mass of each type of material that is sent to landfill (2)

Enter the mass of each type of material that is incinerated with energy recovery

(3)

22

Enter the mass of each type of material that is incinerated without energy

recovery (4)

Enter the mass of each type of material that is composted (5)

Enter the mass of each type of material that is sent to the waste stream , but

how the waste is treated is unknown (6)

Enter the quantity of waste water (7) in litres

废弃物Waste

C 年消耗量(升）

E Quantity per year (l)

材料回收填埋有能量回收焚烧无能量回收焚烧堆肥其他废水

Material Recycling LandfillIncineration with energy recovery

Incineration without energy

recovery

Composting Unknown Waste Water

钢铁

Iron and steel

铝

Aluminium

其他金属

Other metals

塑料

Plastics

玻璃

Glass

纸制品

Paper and Card

木材

Wood

食品

Food

其他农业、园艺废弃物

Other agricultural/garden waste

其他非生物可降解废弃物

Other non-biodegradable waste

混合废弃物

Mixed waste

年消耗量（千克）

Quantity per year (kg)

1 2 3 4 6

5

7

23

11 Customer apportionment

This sheet is where you enter the details of your main business customers, and the

approximate percentage of your sales that go to each customer. This is to

understand the flow of carbon emissions through the supply chain.

11.1 Data Required

The approximate percentage of sales value that goes to your major (e.g. top 10)

customers.


Enter the name of each customer (1)

Enter the approximate percentage of sales that go to that customer (2)

Enter some text to explain the method used to apportion sales that go to each

customer (3). For example, this could be financial value of sales, number of

units sold, mass of products sold. For more guidance on this, please see

‘Chapter 8 – Allocation’ (p68-61) of the Greenhouse Gas Protocol Corporate

Value Chain (Scope 3) Accounting and Reporting Standard

http://www.ghgprotocol.org/standards/scope-3-standard.

客户分摊Customer Apportionment

C 客户名称百分比请在此处对采用的分配方法进行说明

ECustomer

Percent Allocation Please describe method used for allocation here

1 2

3

http://www.ghgprotocol.org/standards/scope-3-standard

24

12 Product apportionment

This sheet is where you enter your main products, and the approximate percentage

of your sales that come from each product. This is to understand the flow of carbon

emissions through the supply chain.

12.1 Data Required

The approximate percentage of sales value that goes to your major products

(e.g. the top 10)


Enter the name of each product (1)

Enter the approximate percentage of sales that come from each product (2)

Enter some text to explain the method used to allocate sales that go to each

product (3). For example, this could be financial value of sales, number of units

sold, mass of products sold. For more guidance on this, please see ‘Chapter 8 –

Allocation’ (p58-61) of the Greenhouse Gas Protocol Corporate Value Chain

(Scope 3) Accounting and Reporting Standard

http://www.ghgprotocol.org/standards/scope-3-standard.

产品分摊Product Apportionment

C 产品百分比请在此处对采用的分配方法进行说明

EProduct/Product Category

Percent Allocation Please describe method used for allocation here

1 2

3

http://www.ghgprotocol.org/standards/scope-3-standard

25

13 Results

This sheet shows the results of your carbon footprint broken down in a variety of

ways. The results are designed to be aligned with the requirements of the

Greenhouse Gas Protocol Corporate Accounting and Reporting Standard (GHG

Protocol Corporate Standard).

This standard states that a company’s carbon emissions should be divided into

three areas, or ‘scopes’ as follows:

Scope 1: These are direct emissions that occur from sources that are owned or

controlled by the company. For example, emissions from combustion in owned

boilers and vehicles and emissions from chemical production in owned process

equipment.

Scope 2: These are emissions from the generation of the electricity, steam,

heat or cooling consumed by the company.

Scope 3: These are emissions that are a consequence of the activities of the

company, but occur from sources not owned or controlled by the company.

Some examples of scope 3 activities are extraction and production of purchased

materials, business travel in leased vehicles, employee commuting and waste

disposal.

26

In addition, the results are presented in a way that is consistent with the

requirements of the Carbon Disclosure Project (CDP). The tables and charts of

results are presented in the breakdowns shown in the table below, which also

shows which question from the CDP they refer to:

Results Breakdown Units of results CDP Question

Emissions breakdown by scope Metric tonnes CO2e 8.2a, 8.3a

Scope 1 breakdown by greenhouse gas Metric tonnes

CO2e, metric

tonnes

9.2c

Scope 1 breakdown by activity Metric tonnes CO2e 9.2d

Scope 2 breakdown by activity Metric tonnes CO2e 10.2c

Energy breakdown MWh 12.2

Scope 3 breakdown Metric tonnes CO2e 15.1

Electricity split by greenhouse gas Metric tonnes CO2e Not included in

CDP

Scope 1 Biogenic Emissions Metric tonnes CO2 Not included in

CDP

Emissions split by customer Metric tonnes CO2e SM1.1

Emissions split by product/product

category

Metric tonnes CO2e Not included in

CDP

‘Scope 1 Biogenic Emissions’ refers to carbon dioxide that is released from sources

of biogenic carbon. Biogenic carbon is carbon that is derived from biomass (such as

crops or wood), and not from fossilised sources (such as oil or gas).

This work sheet includes a free text box at the bottom – please enter any details

regarding any facilities or areas of your operations that you have not included in

your report. The information you enter here is linked to a similar box in the

following work sheet – ‘Results – Percentage Split’.

27

14 Results – Percentage Split

This sheet is shows the same results breakdowns as described in Section 13

(except the last three in the table above), but the numbers are presented as a

percentage of the total, rather than in absolute numbers.

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[email protected] (Beijing)

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